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----
-title: "Gerbonara"
-external_links:
-    - name: Sources
-      url: "https://git.jaseg.de/gerbonara.git"
-    - name: Issues
-      url: "https://gitlab.com/gerbolyze/gerbonara/issues"
-    - name: Docs
-      url: "https://gerbolyze.gitlab.io/gerbonara"
-    - name: PyPI
-      url: "https://pypi.org/project/gerbonara"
-summary: >
-    Gerbonara is a user-friendly, powerful tool for reading, writing, modification and rendering of Gerber PCB artwork
-    from the command line or from Python code. Gerbonara supports the Gerber dialects of all industry-standard EDA
-    tools.
----
-
-Gerbonara is a library to read, modify and write PCB manufacturing files such as Gerber, Excellon and IPC-356 through a
-pythonic API. Gerbonara can open a folder of manufacturing files, and parse file names and metadata to figure out which
-file contains what. Gerbonara is tested using an extensive library of real-world example files from CAD tools including
-KiCAD, Altium, Eagle, Allegro, gEDA, Fritzing, Siemens/Mentor Graphics PADS, and Target3001!.
-
-Gerbonara's API is built on two principles:
-
-**Meaningful, object-oriented API**
-    Gerbonara abstracts away the details of the underlying file format such as tool indices, coordinate notation and
-    graphical state, and presents meaningful "graphical objects" such as a `primitives.Line`,
-    `primitives.Arc`, or `Region` through its API. These objects can be easily created,
-    manipulated or deleted from code without breaking anything else. You can even copy graphical objects between files,
-    and Gerbonara will automatically convert coordinate format, units etc. for you. `GerberFile` and
-    `ExcellonFile` use the same types of `graphic objects <object-api>`, so objects can be directly
-    copied between file types without conversion.
-
-**Unit-safety**
-    Gerbonara embeds physical `LengthUnit` information in all objects. The high-level API such as
-    `LayerStack.merge` or `GerberFile.offset` accepts arguments with an explicitly given unit and
-    automatically converts them as needed. Objects can be copied between `GerberFile` instances and unit
-    conversion will be handled transparently in the background.
-
-Gerbonara was started as an extensive refactoring of the pcb-tools_ and pcb-tools-extension_ packages. Both of these
-have statement-based APIs, that is, they parse input files into one python object for every line in the file. This means
-that when saving files they can recreate the input file almost byte by byte, but manipulating a file by changing
-statements without breaking things is *hard*.
-
-Gerbonara powers gerbolyze_, a tool for converting SVG_ vector graphics files into Gerber, and embedding SVG_ into
-existing Gerber files exported from a normal PCB tool for artistic purposes.
-
-Features
-========
-
- * File I/O
-   * Gerber, Excellon (drill file), IPC-356 (netlist) read and write
-   * supports file-level operations: offset, rotate, merge for all file types
- * Modification API (`GraphicObject`)
- * Rendering API (`GraphicPrimitive`)
- * SVG export
- * Full aperture macro support, including transformations (offset, rotation)
-
-Quick Start
-===========
-
-First, install gerbonara from PyPI using pip:
-
-.. code-block:: shell
-
-   pip install --user gerbonara
-
-Then, you are ready to read and write gerber files:
-
-.. code-block:: python
-
-    from gerbonara import LayerStack
-
-    stack = LayerStack.from_directory('output/gerber')
-    w, h = stack.outline.size('mm')
-    print(f'Board size is {w:.1f} mm x {h:.1f} mm')
-
-Command-Line Interface
-======================
-
-Gerbonara comes with a `built-in command-line interface<cli-doc>` that has functions for analyzing, rendering,
-modifying, and merging Gerber files. To access it, use either the ``gerbonara`` command that is part of the python
-package, or run ``python -m gerbonara`` For a list of functions or help on their usage, you can use:
-
-.. code:: console
-
-   $ python -m gerbonara --help
-   [...]
-   $ python -m gerbonara render --help
-
-Development
-===========
-
-Gerbonara is developed on Gitlab under the gerbolyze org:
-
-https://gitlab.com/gerbolyze/gerbonara/
-
-A mirror of the repository can be found at:
-
-https://git.jaseg.de/gerbonara
-
-Our issue tracker is also on Gitlab:
-
-https://gitlab.com/gerbolyze/gerbonara/-/issues
-
-The documentation can be found at gitlab:
-
-https://gerbolyze.gitlab.io/gerbonara/
-
-With Gerbonara, we aim to support as many different format variants as possible. If you have a file that Gerbonara can't
-open, please file an issue on our issue tracker. Even if Gerbonara can open all your files, for regression testing we
-are very interested in example files generated by any CAD or CAM tool that is not already on the list of supported
-tools.
-
-Supported CAD Tools
-===================
-
-Compatibility with the output of these CAD tools is tested as part of our test suite using example files generated by
-these tools. Note that not all of these tools come with default Gerber file naming rules, so YMMV if your Gerbers use
-some non-standard naming convention.
-
- * Allegro
- * Altium
- * Diptrace
- * Eagle
- * EasyEDA
- * Fritzing
- * gEDA
- * KiCAD
- * pcb-rnd
- * Siemens / Mentor Graphics Xpedition
- * Siemens PADS
- * Target 3001!
- * Upverter
- * Zuken CR-8000
-
-.. _pcb-tools: https://github.com/opiopan/pcb-tools-extension
-.. _pcb-tools-extension: https://github.com/curtacircuitos/pcb-tools/issues
-.. _gerbolyze: https://github.com/jaseg/gerbolyze
-.. _SVG: https://en.wikipedia.org/wiki/Scalable_Vector_Graphics
-